In this type of master project, you will study topological phases and emergent quantum phenomena in complex oxide thin films synthesized using atomic layer deposition (ALD). Complex oxides provide a versatile platform for realizing topological states due to the interplay between strong electron correlations, spin–orbit coupling, lattice distortions, and interface effects. Relevant projects include growth and optimization of oxide heterostructures, exploration of candidate topological oxide systems, and investigation of how structural parameters, stoichiometry, and interfaces influence electronic and topological properties. These materials are of interest for applications in low-dissipation electronics and future quantum technologies.
Methodology for master project:
Thin-film growth using atomic layer deposition (ALD), combined with structural, electronic, and transport characterization (e.g., X-ray diffraction, atomic force microscopy, electrical transport measurements).
Prerequisite knowledge:
Recommended courses to take during first semesters of master programme:
MENA5030